Main motor seat adjusting mechanism for loom

Abstract

An adjusting mechanism of main motor basement of loom is disclosed. A fixed plate is fixed on the said basement. A sliding plate with the main motor on it is arranged on the fixed plate. Sliding blocks with fixing screws and sliding grooves are used to adjust relative position of the sliding plate and the fixed plate, so as to control tension force of the belt of the main motor.

Description

technical field [0001] The invention relates to an adjustment mechanism for the main motor seat of a loom, which is an adjustment mechanism arranged between the bottom plate of the base of the loom and the main motor. The relative position of the main motor between the bases can be adjusted through the adjustment mechanism, and then the belt can be controlled. The tightness can achieve the effect of convenient adjustment and precise control. Background technique [0002] The main motor of the loom is the source of the main power of the loom, which must provide considerable power, so the stability of its installation is very important; and based on the needs of transmission characteristics, almost all looms use belts to transmit power , but it is well known that the belt cannot be cut into strips like a chain during installation, and then the two ends of the belt are joined after being installed in place; and the belt will inevitably stretch due to fatigue after a period of u...

AI Technical Summary

Problems solved by technology

[0004] The adjustment mechanism shown in Figures 6 and 7 is not stable when in use, especially when the main motor 80 outputs a large power, it only relies on the rotating shaft 94 on the side of the rotating base 96 to provide support, and it is indeed impossible to provide effective fixing. As a result, in the actual case, it is found that the swivel seat 96 has a vibration problem. Although the vibration will not affect the power transmission of the loom when the amplitude is small, it can be known from a professional perspective that the vibration will inevitably occur after a certain period of time. It will cause material fatigue and damage, and may also accelerate the wear of the belt, which obviously needs to be improved; in addition, it has also been heard that the bolt 920 has loosened due to vibration during operation of this type of design. When the bolt 920 fixing the rotating shaft 94 loosens during the operation of the loom, the power of the belt will tend to cause the swivel seat 96 to swing unexpectedly, which will not only cause collision damage to related parts, but may also threaten the safety of the operator. , this design obviously needs to be improved; and when the bolt 920 is loosened, the power transmission of the main motor 80 will inevitably be interrupted, and the fabric in the process will be scrapped. This is also the design of the existing loom main motor seat adjustment mechanism. Due to imperfection

[0005] In addition, when adjusting this design, the operator must bear the weight of the main motor 80, which is also a great test for the operator's physical fitness. If the strength is not enough, the operator may not be able to perform the adjustment work

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